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STAAD Pro - Analysis of Steel Structures: Examples & Theory
Course Outline & Introduction
Course outline & introduction (3:02)
Steel Material Properties & Mechanics
2- Structural Steel components (9:49)
3- Stress-strain relationship (2:38)
4- Grades of steel (4:38)
5- Local buckling vs Lateral buckling (1:23)
6- Compact vs non-compact vs slender sections and typical PEB section ratios (5:07)
7- Member capacity, section modulus and moment of inertia calculation (5:27)
STAAD Pro Basics
8- STAAD Pro - Geometry, member release and supports (18:01)
9- STAAD Pro - Assigning member properties (14:33)
10- STAAD Pro - Assigning loads (7:18)
Wind Load
11- Wind load theory - Part 1 (7:37)
12- Wind load theory - Part 2 (21:00)
13- Wind load application in STAAD Pro (29:07)
Adding Thermal Load and Load Combinations
14- Adding temperature loads in STAAD (1:48)
15- Assigning load combinations in STAAD (2:14)
16- Custom load combinations (0:41)
STAAD Editor and Design Parameters
17- Calculating K factor (6:12)
18- Using STAAD Editor and assigning design parameters (18:16)
Serviceability and Member Optimization
19- Serviceability (6:14)
20- Member optimization in STAAD (22:11)
Postprocessing View and Generating STAAD Report
21- Getting support reactions, beam end forces, BMD, SFD and generating STAAD report (13:28)
Crane Loads
22- Crane load calculation (8:04)
23- Applying crane loads and combinations in STAAD (26:42)
24- Checking serviceability for crane loads (5:05)
25- Crane runway beam design and using Section Wizard (13:06)
Reading Drawing of Workshop with Crane
27- Sample drawing explanation of workshop with overhead crane (14:45)
Purlin Design in STAAD
26- Purlin design using STAAD (5:03)
Seismic Load in Multi-story Building
28- Seismic load theory (11:27)
29- Reading drawings of a multi-story buiding (13:07)
30- Seismic load and floor load application in STAAD Pro (25:25)
31- Seismic drift check in STAAD (7:15)
Floating Column, Jack Beam and Stability Concept
32- Floating column and jack beam and structural stability (7:09)
Composite Beam Design
33- Composite beam definition & design in STAAD (20:23)
34- Calculating number of shear studs required (4:13)
Deck Slab Design
35- Deck slab design (15:33)
Roof Truss Analysis in STAAD
36- Roof truss analysis in STAAD (15:02)
References
References
21- Getting support reactions, beam end forces, BMD, SFD and generating STAAD report
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